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OpenCV based computer vision of deep-sea visual exploration system

机译：基于OpenCV的深海视觉探索系统的计算机愿景

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Deep-sea visual exploration system plays an important role in the area of deep-sea expedition. Because of the harsh ocean environment, the deep-sea visual exploration system may face many problems such as high press of deep sea, instantaneous impact, deep-sea surge, local high temperature etc. Therefore, most current deep-sea visual exploration systems are not practicable. In this paper, considering the strongpoint of MPEG-4 coding and decoding technology with G.SHDSL modulation and demodulation technology, we designed a deep-sea visual exploration device based on 10000 m coaxial cable and MPEG-4 video server. Moreover, as a step up, computer vision based on OpenCV development kit has been introduced in this deep-sea visual exploration device. As a scientific discipline, computer vision is concerned with the theory for building artificial systems that obtain information from images, on the other hand, computer vision technology studies and describes artificial vision system that is implemented in software and/or hardware. With computer vision technology, deep-sea visual exploration system can obtain better performance and is intelligent enough to deal with some simply instance. As a consequence, the proposed deep-sea visual exploration device has been working on the ship named as ocean-one for many years, and has obtained many wonderful deep-sea video material, as a result, has made important contributions to ocean investigation enterprise of China.
机译：深海视觉勘探系统在深海探险面积中起着重要作用。由于苛刻的海洋环境，深海视觉勘探系统可能面临许多问题，如高压深海，瞬时冲击，深海浪，局部高温等，大多数海拔深海视觉勘探系统不可行。在本文中，考虑到MPEG-4编码和解码技术与G.SHDSL调制和解调技术的强度，我们设计了一种基于10000米同轴电缆和MPEG-4视频服务器的深海视觉探索装置。此外，在这座深海视觉勘探装置中，基于OpenCV开发套件的计算机愿景介绍。作为科学学科，计算机愿景涉及建立从图像中获取信息的人工系统的理论，另一方面，计算机视觉技术研究，并描述了在软件和/或硬件中实施的人为视觉系统。通过计算机视觉技术，深海视觉勘探系统可以获得更好的性能，并且足以处理一些简单的例子。因此，拟议的深海视觉勘探装置一直在船上致力于作为海洋的船多年，并获得了许多美妙的深海视频材料，因此对海洋调查企业进行了重要贡献中国的。

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  • 来源
    《OCEANS》|2008年||共5页
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    Liu Jing-Biao; Cai Wen-Yu;

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  • 中图分类 P75-53;
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